CAJ | 학술논문

海洋声场环境研究需要对不同深度的海洋声学环境要素进行同步测量，而感应耦合数据传输技术可实现多个单通道水声测量仪之间的同步采集和记录。文中阐述了感应耦合数据传输技术的特点及其在海洋声学环境同步测量中的应用，介绍了一种利用感应耦合数据传输技术实现数据同步测量的声学浮标系统，详细描述了系统的方案设计、结构组成及感应耦合部分的关键技术。实验水池测试表明，该系统工作稳定可靠，数据同步性好，具有良好的应用前景。
해양성장배경연구수요대불동심도적해양성학배경요소진행동보측량，이감응우합수거전수기술가실현다개단통도수성측량의지간적동보채집화기록。문중천술료감응우합수거전수기술적특점급기재해양성학배경동보측량중적응용，개소료일충이용감응우합수거전수기술실현수거동보측량적성학부표계통，상세묘술료계통적방안설계、결구조성급감응우합부분적관건기술。실험수지측시표명，해계통공작은정가고，수거동보성호，구유량호적응용전경。
Marine acoustic environment factors measured simultaneously at different depths are needed in sound field research in the marine environment, and inductive coupling data transmission technology enables simultaneous acquisition and recording among multiple single -channel underwater acoustic measuring instruments. This paper describes the characteristics of inductive coupling data transmission technology and its application in synchronous measurement of ocean acoustic environment, and presents an acoustic buoy system to realize synchronous measuring of data using inductive coupling data transmission technology. It gives a detailed description of the scheme design, structural composition and key techniques of the inductive coupling section. Experimental tank tests show that the system is stable and reliable with good data synchronization, thus has a good prospect of application.